本文将从建筑的“商品化”和“表皮化”两个层面，分析这种影响。
This thesis will make an analysis of these influences from both sides of commercial-architecture and surfaced-architecture.
对于大量涌现的表皮建筑，我们不能只关注于其表面现象，还应该看到这种表皮化背后所隐含的深层问题。
However, for the springing of surfaced-architectures, we should focused on the deep meanings, not only the surface.
建筑设计表皮化的倾向在近年来十分突出，尤其是在一些明星建筑师的引导下，表皮设计已经成为当代建筑设计中一个不可忽视的潮流。
In recent years, surfaced-architecture has been a prominent phenomenon. This tendency, in some architect stars' guidance, has become a phenomenon that could not be ignored.
在这些环境中表皮黑化到底有什么优势似乎模糊不清。
What advantage melanism brings in these circumstances is obscure.
但表皮和皮层细胞直到根毛区才高度液泡化。
But the more vacuolation of epidermis and cortex appeared in root-hair region.
外观设计是由模块化的网格窗口阳台和表皮组成。
The facades design has been based on a modular grid on which we have set the composition of Windows, balconies and cladding.
目的：研究人黄素化颗粒细中肝素结合表皮生长因子的表达特点。
Objective: to investigate the expression pattern of heparin-binding epidermal growth factor in human luteinized granulosa cells.
原形成层和基本分生组织的细胞比原表皮层细胞更加液泡化。
Cells of the procambium and ground meristem are more vacuolated than those of the protoderm.
目的构建组织工程化表皮细胞膜片并应用于增殖性疤痕治疗。
Objective Construction tissue engineered epidermal membrane for clinical treatment of hypertrophic scar.
目的建立系统表达肝素结合性表皮生长因子的转基因动物模型，利用转基因动物模型研究HB - EGF与组织纤维化的关系。
Objective to construct heparin-binding epidermal growth factor-like growth factor transgenic mice in order to investigate the role of HB-EGF in the fibrosis of tissues.
体外培养表皮细胞构建组织工程化人工皮肤是促进皮肤缺损创面愈合、提高创面修复质量的新途径。
Tissue engineered skin constructed by cultured keratinocyte in vitro provides a new way to accelerate skin wound healing and improve the quality of tissue repair.
从建筑上说，这种方式创造了一种具有特殊结构的表皮，反映了千变万化的天空、阳光和风景。
Architecturally, this results in a taught and subtly textured skin that sublimely reflects the ever-changing sky, sunlight, and landscape.
叶片内部光分布微分曲线说明：叶片表皮组织的存在有利于叶片内部各组织之间光吸收的均匀化。
Based on differential analysis of the light curve, it seems that the epidermic cell layer could facilitate the averaging light absorbance between different tissue layers within a leaf.
皮肤病理活检示棘刺松解性大疱，直接免疫荧光棘细胞间及基底膜区免疫反应物沉积，其免疫组化示T细胞侵入表皮现象。
IgG and C 3 can be seen intercellular and in basement membrane zone by direct immunofluorescence. The immune -histochemistry showed that there was T cell infiltration into epidermis.
方法应用免疫组化和RT-PCR法，以正常皮肤、正常疤痕为对照，检测增殖性疤痕中vegf表达，并研究VEGF与表皮细胞增殖、血管新生的相关关系。
Methods VEGF protein secretion and VEGFmRNA expression were detected by immunohistochemistry and RT - PCR, and were compared with cell proliferation and revascularization.
它是集表皮冷却技术、强脉冲光治疗技术和RF射频技术为一体的智能化、非剥脱性的皮肤重建系统。
It is a skin cooling technology, intense pulsed light therapy technology and RF radio frequency technology as one of the intelligent, non-exfoliative skin renewal system.
方法采用免疫组化的方法检测13例PN患者皮损中表皮VIP的含量，并与该13例PN患者的非皮损区及13例健康志愿者的正常皮肤进行了对照。
Methods The samples of the lesions from 13 patients with PN, non lesions from the same patients and normal skin from 13 volunteers were detected with immunohistochemistry.
方法采用免疫组化的方法检测13例PN患者皮损中表皮VIP的含量，并与该13例PN患者的非皮损区及13例健康志愿者的正常皮肤进行了对照。
Methods The samples of the lesions from 13 patients with PN, non lesions from the same patients and normal skin from 13 volunteers were detected with immunohistochemistry.
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